series VF 3+3

600 Volt

Cu 14 AWG up to 400 MCM

XLPE 90°C

3 PE Conductors

Variable frequency drive motor feed. (VFD) For Alternating Current (60Hz), for single-phase systems (110V), three-phase systems (190/210V) and systems with voltages up to 600V. Installed in aerial trays, gutters or conduits, under roof or ladder under roof, buried in ducts or directly buried.

Features

Temperature ratings: 90°C (Operating) – 130°C (Overload) – 250°C (Short-Circuit)
Voltage rating: 600 Volt A.C.
Construction requirements: As per ICEA S 95-658
Conductor requirements: Serie ASTM B172 up to B174
Conductor: Annealed electrolytic copper - Flexible stranding
Insulation: XLPE (Cross-Linked Polyethylene)
Conductors’ assembly: 3 phases + 3 protection conductors (PE) gathered in between the gaps of the phases, conforming a symmetrical cable
Bedding: PVC
Shield: Conformed by a concentric conductor made of copper wires plus an additional copper tape with adequate overlap and 100% coverage. The shield cross-section is indicated in the electrical characteristics table.
Sheath: Flame retardant PVC, sunlight, and mineral oil resistant
Fire requirements: As per FT1 (UL 1581)
Oils requirements: As per ICEA S 73-532
Outdoors requirements: As per UL 2556 (rayos UV)

Electromagnetic interference protection

Flame retardant

UV resistant

Sequentially marked

Industrial applications

Tray cable

Identification

	Standard
	Sheath	Conductors
3 Conductors

Instalation

Installation temperature

Over conductors

Minimum bend radius

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ELECTRICAL CHARACTERISTICS

Resistances, reactance and intensity of admissible currents

Conductor’s gauge (AWG)	Earthing conductor PE cable formation (PE) (3xAWG)	Concentric conductor gauge (AWG)	Electrical resistance at 20°C in C.C. Ohm/km	Electrical resistance at 20°C en C.C. Concentric conductor Ohm/km	Electrical resistance at 90°C en C.C. Ohm/km	Electrical resistance at 90°C en C.C. Concentric conductor Ohm/km	Inductive reactance at 60Hz (Ohm/Km)	Intensidad admisible (Ampere)
Conductor’s gauge (AWG)	Earthing conductor PE cable formation (PE) (3xAWG)	Concentric conductor gauge (AWG)	Electrical resistance at 20°C in C.C. Ohm/km		Electrical resistance at 90°C en C.C. Ohm/km
14	3x18	10	8.77	8.77	11.19	11.19	0.098	25
12	3x14	10	5.52	5.52	7.04	7.04	0.092	30
10	3x14	10	3.48	3.48	4.43	4.43	0.086	40
8	3x14	10	2.19	3.48	2.79	4.43	0.090	55
6	3x12	8	1.40	2.19	1.78	2.79	0.084	75
4	3x12	8	0.880	2.19	1.12	2.79	0.080	95
2	3x10	6	0.556	1.40	0.709	1.78	0.077	130
1	3x10	6	0.439	1.40	0.560	1.78	0.078	145
1/0	3x10	6	0.351	1.40	0.448	1.78	0.076	170
2/0	3x10	6	0.279	1.40	0.358	1.78	0.074	195
3/0	3x8	4	0.221	0.880	0.284	1.12	0.072	225
4/0	3x8	4	0.175	0.880	0.226	1.12	0.071	260
250	3x8	4	0.150	0.880	0.194	1.12	0.072	290
300	3x7	3	0.125	0.699	0.163	0.893	0.071	320
350	3x7	3	0.107	0.699	0.140	0.893	0.070	350
400	3x7	3	0.0937	0.699	0.124	0.893	0.070	380

Current-carrying capacity of cables with up to three conductors, installed in ducts or directly buried, up to an ambient temperature of 30ºC, according to chart 310.15 (B)(16) of the NFPA 70.

DIMENSIONS & WEIGHT

Cable formation N° Cond. x gauge AWG	Diameter below shield mm	External diameter mm	Weight kg/km	Code
3 x 14 + 3 x 18	10.3	14.6	299	VF 0314 0318
3 x 12 + 3 x 14	12.4	16.7	405	VF 0312 0314
3 x 10 + 3 x 14	13.7	18	493	VF 0310 0314
3 x 8 + 3 x 14	16	20.3	641	VF 0308 0314
3 x 6 + 3 x 12	18.5	23.8	945	VF 0306 0312
3 x 4 + 3 x 12	20.4	25.7	1222	VF 0304 0312
3 x 2 + 3 x 10	23.2	28.5	1717	VF 0302 0310
3 x 1 + 3 x 10	26.5	31.8	2066	VF 0301 0310
3 x 1/0 + 3 x 10	29.1	34.4	2416	VF 31/0 0310
3 x 2/0 + 3 x 10	31.9	37.2	2896	VF 32/0 0310
3 x 3/0 + 3 x 8	35.4	40.7	3659	VF 33/0 0308
3 x 4/0 + 3 x 8	38.6	45.4	4504	VF 34/0 0308
3 x 250 + 3 x 8	43.6	50.4	5338	VF 3250 0308
3 x 300 + 3 x 7	47.5	54.3	6258	VF 3300 0307
3 x 350 + 3 x 7	49.6	56.5	6995	VF 3350 0307
3 x 400 + 3 x 7	52.2	59.1	7762	VF 3400 0307